Mechanics of Construction Materials and Structures: Theory and Computational Issues

Dear Colleagues,

Mechanics in construction materials and structures assumes a primary interest among researchers of the scientific community, driven by both theoretical advancements and computational innovations. Utilizing sophisticated analytical tools to understand and predict the constitutive mechanical behavior of construction materials and structures is fundamental for the design, safety, and durability of built environments. These insights are crucial for developing more resilient, sustainable, and efficient construction practices.

In conjunction with theoretical advancements, high-performance computing methods are spreading to facilitate more accurate and efficient simulations of complex structural behaviors. These computational tools enable modeling of the non-linear responses of innovative construction materials and composite materials, as well as structures and infrastructures with various configurations, under various loading conditions. Theoretical models guide computational simulations, ensuring their accuracy and relevance, while computational results validate and refine theoretical approaches, accounting for complex phenomena such as material non-linearities, geometric non­linearities, and boundary condition changes. This synergy is particularly evident in the study of new materials, such as high-performance concrete, advanced composites for retrofitting applications, and smart materials, which require both innovative theoretical frameworks and robust computational tools for their analysis and application.

This Special Issue on “Mechanics of Construction Materials and Structures: Theory and Computation" aims to bring together recent research and developments in this dynamic field. We invite submissions that explore a broad range of topics, including, but not limited to, the following:

• Advanced constitutive modeling of innovative materials;
• Multi-scale and multi-physics analysis of material behavior;
• Failure analysis and fracture mechanics in construction materials;
• Micro or macro modeling of retrofitted structural members and buildings, including advanced modeling approaches like finite element methods (FEMs) or discrete element methods (DEMs);
• Applications of different computational methods for dynamic or static analysis;
• Proposal of new theoretical formulations for structure and infrastructure design;
• Case studies of theoretical and computational mechanics in construction projects;
• Integration of experimental data with computational models;
• Applications of machine learning and AI in mechanics analysis.

Dr. Maria Concetta Oddo
Prof. Dr. Liborio Cavaleri
Guest Editors

Manuscript Submission Information

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